GM16GraphicsMBS.Arc(startX as Double, startY as Double, endX as Double, endY as Double, startDegrees as Double, endDegrees as Double)

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

image.type = image.TrueColorType
image.strokeColor = new GM16ColorRGBMBS("red") // Outline color
image.fillColor = new GM16ColorRGBMBS("green") // Fill color
image.strokeWidth = 5

dim draw as GM16GraphicsMBS = image.Graphics

draw.arc(250, 250, 100, 100,50,300)
draw.Draw

Backdrop=image.CopyPicture

GM16GraphicsMBS.Bezier(values() as GM16CoordinateMBS)

GM16GraphicsMBS.Circle(originX as Double, originY as Double, perimX as Double, perimY as Double)

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

image.type = image.TrueColorType
image.strokeColor = new GM16ColorRGBMBS("red") // Outline color
image.fillColor = new GM16ColorRGBMBS("green") // Fill color
image.strokeWidth = 5

dim draw as GM16GraphicsMBS = image.Graphics

// Draw a circle
draw.Circle(250, 250, 120, 150)
draw.Draw

Backdrop=image.CopyPicture

If a fill color is specified, then the object is filled.

GM16GraphicsMBS.ClipPath(id as string)

GM16GraphicsMBS.ColorPixel(x as Double, y as Double, paintMethod as Integer)

The point method recolors the target pixel. The replace method recolors any pixel that matches the color of the target pixel. Floodfill recolors any pixel that matches the color of the target pixel and is a neighbor, whereas filltoborder recolors any neighbor pixel that is not the border color. Finally, reset recolors all pixels.

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, file as folderitem)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through.

See also:

• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, image as GM16ImageMBS)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, path as string)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

GM16GraphicsMBS.CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string, CompositeOperator as Integer)

If the matte attribute is set to true, then the image composition will consider an alpha channel, or transparency, present in the image file so that non-opaque portions allow part (or all) of the composite image to show through. If the specified width or height is zero, then the image is composited at its natural size, without enlargement or reduction.

See also:

• CompositeImage(x as Double, y as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, path as string)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, file as folderitem, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, image as GM16ImageMBS, CompositeOperator as Integer)
• CompositeImage(x as Double, y as Double, w as Double, h as Double, path as string)

GM16GraphicsMBS.Constructor(image as GM16ImageMBS)

GM16GraphicsMBS.DashArray(values() as Double)

The strokeDashArray represents a zero-terminated array of numbers that specify the lengths of alternating dashes and gaps in pixels. If an odd number of values is provided, then the list of values is repeated to yield an even number of values. A typical strokeDashArray array might contain the members 5 3 2 0, where the zero value indicates the end of the pattern array.

GM16GraphicsMBS.DashOffset(offset as Double)

See documentation on SVG's stroke-dashoffset property for usage details.

GM16GraphicsMBS.Draw

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

image.type = image.TrueColorType
image.strokeWidth = 5

dim draw as GM16GraphicsMBS = image.Graphics

draw.StrokeColor new GM16ColorRGBMBS("red")
draw.Line(100,100,400,400)
draw.Draw

Backdrop=image.CopyPicture

GM16GraphicsMBS.DrawPath

// new picture, 500x500 and filled with white
dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)


dim draw as GM16GraphicsMBS = image.Graphics

// Draw path

dim cr as new GM16ColorRGBMBS("red")
dim gr as new GM16ColorRGBMBS("green")
draw.StrokeColor cr
draw.FillColor gr
draw.PathMovetoAbs(30,10)
draw.PathLinetoAbs(20,55)
draw.PathLinetoAbs(70,50)
draw.PathLinetoAbs(80,5)
draw.DrawPath

draw.Draw

// show picture
image.type = image.TrueColorType // make sure it's a bitmap
Backdrop=image.CopyPicture

GM16GraphicsMBS.Ellipse(originX as Double, originY as Double, perimX as Double, perimY as Double, arcStart as Double, arcEnd as Double)

If a fill color is specified, then the object is filled.

GM16GraphicsMBS.FillColor(c as GM16ColorMBS)

GM16GraphicsMBS.FillOpacity(opacity as Double)

GM16GraphicsMBS.FillRule(fillRule as Integer)

See documentation on SVG's fill-rule property for usage details.

GM16GraphicsMBS.Font(fontname as string)

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

dim draw as GM16GraphicsMBS = image.Graphics

// draw red text
draw.strokeColor(new GM16ColorRGBMBS("red")) // Outline color
draw.strokeWidth(1)
draw.Font("/Library/Fonts/Verdana.ttf")
draw.Text(50, 50, "Hello", "")
draw.Draw

Backdrop=image.CopyPicture

See also:

• Font(fontname as string, StyleType as Integer, weight as Integer, StretchType as Integer)

GM16GraphicsMBS.Font(fontname as string, StyleType as Integer, weight as Integer, StretchType as Integer)

Specify font family, style, weight (one of the set { 100 | 200 | 300 | 400 | 500 | 600 | 700 | 800 | 900 } with 400 being the normal size), and stretch to be used to select the font used when drawing text. Wildcard matches may be applied to style via the AnyStyle enumeration, applied to weight if weight is zero, and applied to stretch via the AnyStretch enumeration.

See also:

• Font(fontname as string)

GM16GraphicsMBS.Gravity(GravityType as Integer)

GM16GraphicsMBS.Line(startX as Double, startY as Double, endX as Double, endY as Double)

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

image.strokeColor = new GM16ColorRGBMBS("red") // Outline color
image.fillColor = new GM16ColorRGBMBS("green") // Fill color
image.strokeWidth = 5

dim draw as GM16GraphicsMBS = image.Graphics

// Draw a line
draw.Line(100,100,400,400)
draw.Draw

image.type = image.TrueColorType
Backdrop=image.CopyPicture

GM16GraphicsMBS.Matte(x as Double, y as Double, paintMethod as Integer)

The point method changes the matte value of the target pixel. The replace method changes the matte value of any pixel that matches the color of the target pixel. Floodfill changes the matte value of any pixel that matches the color of the target pixel and is a neighbor, whereas filltoborder changes the matte value of any neighbor pixel that is not the border color, Finally reset changes the matte value of all pixels.

GM16GraphicsMBS.MiterLimit(miterlimit as Integer)

When two line segments meet at a sharp angle and miter joins have been specified for 'lineJoin', it is possible for the miter to extend far beyond the thickness of the line stroking the path. The miterLimit' imposes a limit on the ratio of the miter length to the 'lineWidth'. The default value of this parameter is 4.

GM16GraphicsMBS.PathArcAbs(c as GM16PathArgsMBS)

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

In the GM16PathArgsMBS, set the following properties: radiusX, radiusY, xAxisRotation, bool largeArcFlag, sweepFlag, x and y.

See also:

• PathArcAbs(c() as GM16PathArgsMBS)
• PathArcAbs(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

GM16GraphicsMBS.PathArcAbs(c() as GM16PathArgsMBS)

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

In the GM16PathArgsMBS, set the following properties: radiusX, radiusY, xAxisRotation, bool largeArcFlag, sweepFlag, x and y.

See also:

• PathArcAbs(c as GM16PathArgsMBS)
• PathArcAbs(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

GM16GraphicsMBS.PathArcAbs(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

dim g as new GM16GeometryMBS(500,500)
dim c as new GM16ColorRGBMBS("white") // white
dim image as new GM16ImageMBS(g, c)

image.strokeColor = new GM16ColorRGBMBS("red") // Outline color
image.fillColor = new GM16ColorRGBMBS("green") // Fill color
image.strokeWidth = 5

dim draw as GM16GraphicsMBS = image.Graphics

// Draw an arc

draw.PathMovetoAbs 100,100
draw.PathArcAbs(100,100, 0, false, false, 200,200)
draw.DrawPath
draw.Draw

Backdrop=image.CopyPicture

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

See also:

• PathArcAbs(c as GM16PathArgsMBS)
• PathArcAbs(c() as GM16PathArgsMBS)

GM16GraphicsMBS.PathArcRel(c as GM16PathArgsMBS)

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

In the GM16PathArgsMBS, set the following properties: radiusX, radiusY, xAxisRotation, bool largeArcFlag, sweepFlag, x and y.

See also:

• PathArcRel(c() as GM16PathArgsMBS)
• PathArcRel(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

GM16GraphicsMBS.PathArcRel(c() as GM16PathArgsMBS)

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

In the GM16PathArgsMBS, set the following properties: radiusX, radiusY, xAxisRotation, bool largeArcFlag, sweepFlag, x and y.

See also:

• PathArcRel(c as GM16PathArgsMBS)
• PathArcRel(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

GM16GraphicsMBS.PathArcRel(radiusX as Double, radiusY as Double, xAxisRotation as Double, largeArcFlag as boolean, sweepFlag as Boolean, x as Double, y as Double)

The size and orientation of the ellipse are defined by two radii (radiusX, radiusY) and an xAxisRotation, which indicates how the ellipse as a whole is rotated relative to the current coordinate system. The center (cx, cy) of the ellipse is calculated automatically to satisfy the constraints imposed by the other parameters. largeArcFlag and sweepFlag contribute to the automatic calculations and help determine how the arc is drawn. If largeArcFlag is true then draw the larger of the available arcs. If sweepFlag is true, then draw the arc matching a clock-wise rotation.

See also:

• PathArcRel(c as GM16PathArgsMBS)
• PathArcRel(c() as GM16PathArgsMBS)

GM16GraphicsMBS.PathClosePath

GM16GraphicsMBS.PathCurvetoAbs(c as GM16PathArgsMBS)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

In the GM16PathArgsMBS object, set the following properties: x1, y1, x2, y2, x and y.

See also:

• PathCurvetoAbs(c() as GM16PathArgsMBS)
• PathCurvetoAbs(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

GM16GraphicsMBS.PathCurvetoAbs(c() as GM16PathArgsMBS)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

In the GM16PathArgsMBS object, set the following properties: x1, y1, x2, y2, x and y.

See also:

• PathCurvetoAbs(c as GM16PathArgsMBS)
• PathCurvetoAbs(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

GM16GraphicsMBS.PathCurvetoAbs(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

See also:

• PathCurvetoAbs(c as GM16PathArgsMBS)
• PathCurvetoAbs(c() as GM16PathArgsMBS)

GM16GraphicsMBS.PathCurvetoRel(c as GM16PathArgsMBS)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

In the GM16PathArgsMBS object, set the following properties: x1, y1, x2, y2, x and y.

See also:

• PathCurvetoRel(c() as GM16PathArgsMBS)
• PathCurvetoRel(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

GM16GraphicsMBS.PathCurvetoRel(c() as GM16PathArgsMBS)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

In the GM16PathArgsMBS object, set the following properties: x1, y1, x2, y2, x and y.

See also:

• PathCurvetoRel(c as GM16PathArgsMBS)
• PathCurvetoRel(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

GM16GraphicsMBS.PathCurvetoRel(x1 as Double, y1 as Double, x2 as Double, y2 as Double, x as Double, y as Double)

PathCurvetoAbs indicates that absolutecoordinates will follow; PathCurvetoRel indicates that relative coordinates will follow. Multiple sets of coordinates may be specified to draw a polybezier. At the end of the command, the new current point becomes the final (x,y) coordinate pair used in the polybezier.

See also:

• PathCurvetoRel(c as GM16PathArgsMBS)
• PathCurvetoRel(c() as GM16PathArgsMBS)

GM16GraphicsMBS.PathLinetoAbs(c as GM16CoordinateMBS)

Draw a line from the current point to the given coordinate which becomes the new current point. PathLinetoAbs indicates that absolute coordinates are used; PathLinetoRel indicates that relative coordinates are used. A number of coordinates pairs may be specified in a list to draw a polyline. At the end of the command, the new current point is set to the final set of coordinates provided.

See also:

• PathLinetoAbs(c() as GM16CoordinateMBS)
• PathLinetoAbs(x as Double, y as Double)

GM16GraphicsMBS.PathLinetoAbs(c() as GM16CoordinateMBS)

Draw a line from the current point to the given coordinate which becomes the new current point. PathLinetoAbs indicates that absolute coordinates are used; PathLinetoRel indicates that relative coordinates are used. A number of coordinates pairs may be specified in a list to draw a polyline. At the end of the command, the new current point is set to the final set of coordinates provided.

See also:

• PathLinetoAbs(c as GM16CoordinateMBS)
• PathLinetoAbs(x as Double, y as Double)

GM16GraphicsMBS.PathLinetoAbs(x as Double, y as Double)

Draw a line from the current point to the given coordinate which becomes the new current point. PathLinetoAbs indicates that absolute coordinates are used; PathLinetoRel indicates that relative coordinates are used. A number of coordinates pairs may be specified in a list to draw a polyline. At the end of the command, the new current point is set to the final set of coordinates provided.

See also:

• PathLinetoAbs(c as GM16CoordinateMBS)
• PathLinetoAbs(c() as GM16CoordinateMBS)

GM16GraphicsMBS.PathLinetoHorizontalAbs(v as Double)

Draws a horizontal line from the current point (cpx, cpy) to (x, cpy). PathLinetoHorizontalAbs indicates that absolute coordinates are supplied; PathLinetoHorizontalRel indicates that relative coordinates are supplied. At the end of the command, the new current point becomes (x, cpy) for the final value of x.